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How CCAN Contributes to Chromosome Segregation

How CCan Contributes to Chromosone Segregation

Centromeres are the unique loci on eukaryotic chromosomes that ensure accurate chromosome segregation during cell division, by facilitating the assembly of large multi-protein complexes known as kinetochores. Centromeres and kinetochores are conserved throughout eukaryotes. The >100 proteins and protein complexes that constitute them are also largely conserved. However, the mechanisms by which each of these proteins and protein sub-complexes contribute to chromosome segregation are not well understood. This project will use cutting edge state-of-the-art genome-wide, proteome-wide and high-resolution imaging techniques to dissect how the CCAN network of proteins contribute to chromosome segregation in evolutionarily distant fission yeast and human cells.

Disciplines and Techniques
Project supervisor/s
Dr. Lakxmi Subramanian
The main focus of the Subramanian's research is to understand how chromosomes are accurately segregated during cell division
Queen Mary University of London
Professor Viji Draviam
Viji's research is aimed at understanding how cytoskeletal forces are generated and controlled within human cells.
Queen Mary University of London
References
Musacchio & Desai Biology 2017
Musacchio & Desai Biology 2017
Musacchio & Desai Biology 2017
Musacchio & Desai Biology 2017
Drinnenberg Trends in Cell Biol
Drinnenberg Trends in Cell Biol
Drinnenberg Trends in Cell Biol
Drinnenberg Trends in Cell Biol
McAinsh EMBO J 2006
McAinsh EMBO J 2006
McAinsh EMBO J 2006
McAinsh EMBO J 2006
Subramanian Open biol 2014
Subramanian Open biol 2014
Subramanian Open biol 2014
Subramanian Open biol 2014
Shreshtha Nat Comm 2017
Shreshtha Nat Comm 2017
Shreshtha Nat Comm 2017
Shreshtha Nat Comm 2017